KEGG   Tarenaya hassleriana (spider flower): 104820191
Entry
104820191         CDS       T04125                                 
Name
(RefSeq) probable ubiquitin-like-specific protease 2B isoform X1
  KO
K08596  sentrin-specific protease 7 [EC:3.4.22.68]
Organism
thj  Tarenaya hassleriana (spider flower)
Brite
KEGG Orthology (KO) [BR:thj00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:thj01002]
    104820191
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:thj04121]
    104820191
Enzymes [BR:thj01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.68  Ulp1 peptidase
     104820191
Peptidases and inhibitors [BR:thj01002]
 Cysteine peptidases
  Family C48: Ulp1 endopeptidase family
   104820191
Ubiquitin system [BR:thj04121]
 Deubiquitinating enzyme (DUB)
  UBL-specific proteases (ULPs)
   104820191
SSDB
Motif
Pfam: Peptidase_C48 Abi_alpha
Other DBs
NCBI-GeneID: 104820191
NCBI-ProteinID: XP_019059248
Position
Unknown
AA seq 895 aa
MKGNVEDLDPKEVDELGELNSGKFLMKLGNPSPGDSPVRQRHCVGNFCQQNVIQKEELGN
SSHVEADDVESDCMSEDAPTVVAEAEDSRQNGEFRWALADHEKETDAGQVNHGTGIFSLQ
TSSKNFCGDSGETSSPSRYQLNSRFSDSSPNEDQFDTMSASDESLSDRSAQSLASDSEYM
LKNLRAEHYFDDMDTIDINAAVLMFPEYVKDRPSAASLVIFSCNSVIVKGYPVNNEEGPY
SYDWRVEDIVNIEDNWFQNVGLVTLKIQVLLNDEECYEDLQHSTVIKELRLAAAEYNWPE
KQQKINSLNVKYRSVWNAEPNCNMEVSEDHLSHRRHYFPSFDETFEDVIYPKGDPDAVSI
CKRDVDLLQPETFVNDTIVDFYIKYLKNRIQPEEMHRYHFFNSFFFRKLADLDKDPSSIA
DGKAAFQRVRKWTRKVDIFAKDFIFIPVNFNLHWSLIVLCHPGEVAHYEELDLDNSRKVP
CILHMDSIRGSHAGLKNLVQSYLCEEWKERHKETPDDISSKFLNLRFVSLELPQQENSFD
CGLFLLHYLELFLAEAPHDFNLFTISRASNFLYLNWFPPAEASLKRTLIQKLIFELLENR
SPEASSEQNQSFDSPVAEENNMGVEVVSVNMMQSQDGQGIEMTLLERSPTRNLDGGNESG
IVLRELFDAGAATGSLLGQLQSFEEPSSFYHLCDTTLSREQVDTEAGEQFMCLNSGESSF
QRFTETATPRGSGGFDTDTSWNLGMTVQRQGDGDSSSETSSTKGSDDSNDIGIIENITLE
NIGNIHGKETNPSPVRDTLSPSTQPEIFSSAADSNGDEPTTTDNVEPVVPSSKDDDREDE
TRDGNNDFEMVEQPSDETGEDGDEEEPKEQPAKRPRLTPPDENEEMVALPRDLGL
NT seq 2688 nt   +upstreamnt  +downstreamnt
atgaaaggaaacgtcgaagatttggatcccaaagaagtggacgagctcggggaactcaat
tctgggaagttcttgatgaagctcggaaaccctagcccgggagattctccggttcgacaa
cgccactgcgttggaaacttttgccaacaaaatgtcattcagaaagaagaactgggaaat
tcaagtcatgtagaagctgatgatgttgaaagtgactgtatgtctgaagatgcacctact
gttgtggcagaagctgaggattcaaggcagaatggtgaatttcggtgggcattggcagac
catgaaaaagaaacagatgcaggtcaagtcaatcatggaactgggattttctctcttcag
acaagctcaaagaatttctgtggtgattctggtgaaacttcttcacctagccgataccag
ctaaactcacgcttttccgattcttcgcccaatgaggaccaatttgataccatgtcagct
agtgatgaaagcttgagtgatcgttctgcacagagcctggcctctgattcagaatatatg
ctcaaaaatttgagagctgaacattatttcgatgatatggatacgattgacataaacgcg
gcggtgctcatgttcccagaatatgttaaggataggccttctgctgcatctttggtaatc
ttttcatgcaacagtgtcattgtcaagggttatcctgtaaataatgaggaagggccatat
tcatatgattggagagttgaagacattgtaaatatcgaagacaattggttccaaaatgtt
ggattggtcactctgaaaatccaagttctattgaatgatgaagaatgttatgaggatctg
caacacagtacagttattaaggagttgagacttgcggctgcagagtataattggcctgag
aaacaacaaaagatcaattcattgaatgtgaaataccgttctgtctggaatgcagagccc
aactgcaacatggaagtatctgaggatcatttgtctcaccggaggcattattttccaagt
tttgatgaaacttttgaggatgtcatttatccaaagggagatccagatgctgtttccatt
tgcaaaagagatgtggatctcttgcagccagagacatttgtcaacgacacaatcgtagac
ttctatattaagtatttgaagaatcggattcaacccgaggaaatgcatagataccatttc
ttcaacagctttttctttcggaagctagctgatctcgacaaagatccatcaagtatagca
gatggcaaggctgcttttcaacgtgtccgtaagtggacaaggaaggtggacatatttgcg
aaggatttcatctttattcctgtaaacttcaatcttcactggagtttaattgtcctctgt
caccctggtgaagtcgctcattatgaagaactagacttggataactccagaaaggtgcca
tgcatattacatatggattctatcagaggaagtcatgcagggcttaagaatcttgtccaa
agttacttgtgcgaggagtggaaggagaggcataaggagacaccggatgatatttcttcg
aagttcttgaatttgcggtttgtctcacttgagttgccacagcaggaaaactcatttgat
tgtggcctctttttgctgcactatctggagctttttcttgctgaagctccacacgatttc
aatcttttcacaatatcaagggcttccaactttctttatctgaactggtttcctcctgcc
gaggcttcactgaagcggaccctgattcagaagctgatatttgaactccttgaaaaccgt
tcaccggaagccagtagtgaacagaaccagtcctttgatagtccagtggctgaggagaac
aatatgggcgtcgaggttgtttcagtgaatatgatgcagtcccaggacggtcaggggatc
gaaatgactttgcttgaaagatctcccacaaggaacttggatggtggtaatgaatctggc
attgtcctgagggaattgttcgatgcaggagctgctacaggatcattacttggacaacta
caatctttcgaggaaccatcttcgttttatcatctttgtgatactacattgtcaagagag
caagtggacacagaagctggtgagcaattcatgtgcctaaactccggggagagtagcttt
cagcgattcaccgaaaccgctactcctagaggttctggtggttttgacactgacacatcc
tggaacctggggatgacggtgcaaagacaaggtgatggtgattcatcatctgaaacatcc
tcgacaaaaggctccgacgattcaaacgatattggtatcatagaaaacattacattggaa
aatatcggcaacatccatggaaaggaaaccaatccaagcccggttagagatacattatct
ccgtccacacagcctgagatattttcgtcagctgcggattctaacggtgatgagcctaca
actactgataacgtagaacctgtggttccatcgagtaaggatgatgacagagaagatgag
actcgagatgggaataatgactttgaaatggtggagcaaccaagtgatgaaacgggagag
gatggtgatgaggaggaacccaaggagcaacctgcgaaaaggccacggctcacacctccg
gacgagaatgaagagatggtagctttgccgagggatctcggattgtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (28)   

Download RDF
DBGET integrated database retrieval system